Discover how catalysts transform chemical reactions—from theory to real‑world practice.
This comprehensive reference, Catalysis in Theory and Practice, surveys the evolution of catalytic science and its practical use in industry and research.
Beginning with the early history of catalysis, the book moves through theoretical frameworks, methods for measuring reaction velocity, and the role of catalysts in a wide range of processes. It covers both homogeneous and heterogeneous systems, the influence of surfaces, and the effects of promoters and poisons. Practical discussions include the design of reactors, heat management, and the interplay between rate, equilibrium, and throughput. The volume also explores applications to organic chemistry, fermentation, electrochemistry, and catalysis driven by radiant energy, making it a valuable guide for students and professionals seeking a solid grounding in catalytic concepts and techniques.
- Foundational history and key concepts in catalysis
- Theory and measurement of reaction velocity in catalytic processes
- Practical considerations for designing and operating catalytic systems
- Applications across organic chemistry, electrochemistry, and analytical chemistry
Ideal for readers of scientific reference works, including students, researchers, and industry professionals seeking a solid, era-spanning overview of catalytic science.